Answer:
It determines the degree to which the net present value reacts to changes in a single variable
Explanation:
Sensitivity Analysis is a tool which is used in financial modeling to analyze how the net values of a set of independent variables affect a single dependent variable under certain specific conditions.
It shows how different values of the independent variable causes changes in the single dependent variable. It predicts the result of a decision given a certain range of variables.
(a)
the probability that a randomly selected student is male, given that the
student is a nursing major.
total nursing
Majors (male+female)--------98+741=839
<span>Total males nursing Majors ---------------------98</span>
P=98/839=0.1168=11.68%
(b) the
probability that a randomly selected student is a nursing major, given that
the student is male.
total nursing
Majors (male+female)--------98+741=839
<span>Total males --------------------------------------1151</span>
P=98/1151=0.0851=8.51%
A. assessed value of the home
I hope this helps
Answer:
$417 A.
It is an adverse variance.
Explanation:
Fixed factory overhead volume variance is the difference between budgeted output at 100% normal capacity and actual production volume multiplied by standard fixed overhead cost per unit.
Formula
Fixed factory overhead volume variance = (budgeted standard hours for 100% normal capacity - Actual standard output hours) × standard fixed overhead cost per unit.
Calculation
Since 5900 units of a product was produced in 3.546 standard hours per unit, total actual standard hour is therefore;
= 5900×3.546
=20,921 hours
Overhead cost per unit = $1.10 per hour
Hours at 100% normal capacity = 21,300 hours.
Recall the formula for fixed factory overhead volume variance is =(budgeted standard hours for 100% normal output- actual standard output hours)× standard fixed overhead per unit.
Therefore;
Fixed factory overhead volume variance =(21,300 hours - 20,921 hours)× $1.10
=379 hours × $1.10
=$417 A
It is therefore an adverse variance.